The American School of Gas Measurement Technology (ASGMT) has been at the forefront of Flow Measurement training since its inception in 1966. Over the years, ASGMT has evolved to encompass comprehensive training in both gas and liquids measurement. With a commitment to excellence, ASGMT now offers an extensive curriculum comprising over 115 lecture classes, complemented by 48 Hands-On Product Training sessions led by industry experts.

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September 16th – 19th, 2024

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  • September 16th – 19th 2024
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PAPERS at asgmt

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January 12, 2004

  • AUTHOR: Unspecified

DETERMINATION OF HYDROGEN SULFIDE AND TOTAL SULFUR IN NATURAL GAS Hydrogen sulfide and other sulfur bearing compounds exist naturally in many natural gas fields throughout the world. It is generally necessary to remove these sulfur bearing compounds from the gas in order to preserve public safety, reduce corrosion in pipelines, meet contractual agreements and to control odor in the gas. Thus the determination of hydrogen…

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January 12, 2004

  • AUTHOR: Paula B. Lanoux

ADVANCES IN NATURAL GAS SAMPLING TECHNOLOGY The monetary value of natural gas is based on its energy content and volume. The energy content and physical constants utilized in determining its volume are computed from analysis. Therefore correct assessment of the value of natural gas is dependent to a large extent on overall analytical accuracy

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January 12, 2004

  • AUTHOR: Charlie Cook

VARIOUS METHODS CAN BE USED TO VERIFY GC DATA AT A CUSTODY METER STATION Most “On-line” gas chromatographs operate for long periods of time without developing biased or even outright unacceptable measurement. Therefore, most users undertake system- wide performance testing infrequently. But as rising gas prices demand increased scrutiny on measurement data – flow volume, energy content, and often hydrocarbon dewpoint analysis — many measurement staffs may search for…

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January 12, 2004

  • AUTHOR: Klaus J Zanker

GAS FLOW CONDITIONING DEVICES USED TO PRE-CONDITION THE GAS FLOW PROFILE PRIOR TO MEASUREMENT. Pipe fittings such as: bends, Tees, reducers, headers, valves, filters, strainers, heat exchangers, etc, affect the velocity profile in the downstream pipe. These profile distortions are known to affect the performance of flow meters. The magnitude of the effect depends upon both the severity of the distortion and the sensitivity of the meter (Ref. 1)

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January 12, 2004

  • AUTHOR: William Johansen

EFFECTS OF ENTRAINED LIQUID ON ORIFICE MEASUREMENTS Natural gas often has some liquid content. The liquid may be water, hydrocarbons, or compressor oil. As the gas flows through an orifice meter is the gas being measured correctly? The measurement methods and calculations described in ANSI/API 2530 are for dry gas

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January 12, 2004

  • AUTHOR: George E. Brown III

FIELD INSPECTION AND CALIBRATION OF MEASUREMENT INSTRUMENTS Timely, diligent field testing and calibration of gas volume recording and correcting instruments ensure that measurement information fairly represents actual volumes. The instruments save a company capitol and operating costs because they can record or integrate volumes at pressures and temperature above the normal pressurebase conditions specified in contracts for volume calculation. This allows the…

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January 12, 2004

  • AUTHOR: Robert Bennett

FUNDAMENTAL PRINCIPLES OF GAS TURBINE METERS Gas measurement in the U.S. and around the world is dominated by diaphragm, rotary, turbine, and orifice meters. Each serves a different segment of the gas industry and each has its own set of advantages and disadvantages

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January 12, 2004

  • AUTHOR: John Michalak

CONSTRUCTION, OPERATION, INSTALLATION AND MAINTENANCE OF MECHANICAL AND ELECTRONIC ROTARY GAS METERS Rotary gas meters have been in use for over sixty years in the natural gas distribution industry. Over the years, the construction has switched from heavy cast iron bodies to lighter, high strength aluminum. Advances in manufacturing techniques such as CNC machining centers have enhanced the measurement performance of the rotary meter

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January 12, 2004

  • AUTHOR: James Thomson

FUNDAMENTALS AND PRINCIPLES OF DIAPHRAGM METERS A diaphragm meter is a positive displacement instrument which is used to measure the volume of gas that passes through it. This is accomplished through the known volume that is displaced for each stroke of the diaphragm. The diaphragm also provides the seal between the measuring chambers of the device. As such the diaphragm meter…

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